.@XanaduAI has achieved a major breakthrough, creating the world’s first photonic GKP qubit on an integrated chip. Published today in @Nature this is more than just a milestone; it’s a step toward scalable, fault-tolerant quantum computing. 🧵1/3.

Headed to the IEEE Research and Applications of Photonics in Defense (RAPiD) conference (@IEEEPhotonics) this August?. Sacha Kocsis will be there for his talk "Photonic fault-tolerant quantum computing: Scaling, networking, and modularity.". Learn more! 🔗👇

The North American Aerospace Defense Command (@NORADCommand) seeks innovative solutions to modernize its science and technology portfolio through the IDEaS NORAD Modernization S&T Contest. Read more:

We are happy to announce that @XanaduAI has been selected for Round 1 of the IDEaS NORAD Modernization S&T Contest, an initiative run by Innovation for Defence Excellence and Security (IDEaS) within the Department of National Defence (@NationalDefence). 🔗👇

RT @FP_Champagne: Always a pleasure catching up with @_cweedbrook and the @XanaduAI team! Exciting to see Canadian innovation in action wit….

Together, we’re redefining what’s possible in the world of photonics and advancing state-of-the-art solutions for the future. 🧵3/3.

This inspiring visit showcased the power of collaboration between Corning’s industry-leading expertise in specialty and low-loss fiber, high-precision fiber arrays, and connectivity and Xanadu’s breakthroughs in ultra-low-loss photonics. 🧵2/3.

Last week, two members from Corning Optical Communications (@CorningOpComm) had the pleasure of visiting @XanaduAI's cutting-edge photonic packaging facility in Toronto!. 🧵1/3

Through our joint efforts with HyperLight (@HyperLight_LN), we have achieved a significant milestone in the development of thin-film lithium niobate (TFLN) photonic chips that demonstrate superior performance metrics. Read more: 🔗👇

RT @BetaKit: .@XanaduAI’s @_cweedbrook joined The BetaKit Podcast to discuss the company’s new advanced #photonic packaging facility, the f….

This facility combines DISCO’s industry-leading precision machinery with @XanaduAI expertise in ultra-low loss photonics, enabling us to deliver advanced packaging services to customers at the forefront of quantum and photonics.

Last week, executive leaders from DISCO, a global leader in manufacturing precision machines, visited @XanaduAI's new state-of-the-art photonic packaging facility in Toronto. We're proud to feature a DISCO dicing machine operating as part of our packaging facility.👇

Learn about @XanaduAI's recent photonic computing advancements in the latest from Forbes Technology Council (@ForbesTechCncl). Read more:

Designed for rapid prototyping and high-performance R&D, the facility enables both end-to-end packaging and modular services to accelerate your photonics projects. Contact us to learn how our expertise can benefit your ultra-low loss packaging needs.👇. 📧 sales@xanadu.ai. 🧵2/2.

.@XanaduAI has launched a new in-house advanced packaging facility offering ultra-low loss photonic chip packaging services to support the growing needs of the quantum and photonics ecosystem. 👀👇. 🧵1/2

Learn more:

This Friday, Daniel Nino will give a talk at the University of Windsor (@uwinscience)'s second annual Windsor Quantum Applications Symposium titled "Quantum computing with Xanadu and PennyLane: photonic quantum computing, quantum programming and open-source education". 🔗👇

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Our July newsletter has arrived! 📬. Featuring our latest content, open roles and more. 🔗👇